Water quality directly impacts agricultural productivity, crop health, and soil sustainability. As farming operations increasingly depend on irrigation systems, contaminants such as pesticides, herbicides, chlorine, and organic pollutants in water sources pose serious challenges.

Clean water isn’t something most of us want to think about, until it tastes weird, smells off, or starts damaging equipment. That’s where carbon vessels quietly step in and do the work behind the scenes.

Historically, the U.S. lacked reliable nationwide data on PFAS in drinking water. That changed with the EPA’s latest monitoring efforts under the Fifth Unregulated Contaminant Monitoring Rule (UCMR-5), which expands testing for dozens of PFAS across thousands of public water systems.

Guests notice more than the décor when they walk into a hotel. They notice the scent of the lobby, the softness of the towels, and, whether we like to admit it or not, the quality of the water.

Industrial water treatment is changing fast. Today’s plants face variable influent loads, tighter regulations, and unexpected contamination events more frequently than ever before. In this evolving landscape, mobile carbon media vessels have become one of the most important tools for flexible, fast, and compliant treatment.

In recent years, the water-treatment industry has witnessed a surge in demand for mobile carbon media vessels, systems packed with granular activated carbon (GAC) or specialty media housed in transport-ready vessels deployed for rapid filtration of contaminants.

In a world where sustainability meets smart technology, advanced water treatment systems are redefining how we manage one of Earth’s most vital resources.

Not all water is created equal. Industrial plants and farms deal with water packed with chemicals, odors, and other contaminants. That’s where activated carbon comes in; a low-key champion quietly powering clean water.

Clean water is something most of us take for granted, until it isn’t. Beneath our feet, groundwater provides drinking water, nourishes crops, and keeps industries running.

California’s water infrastructure is mixed: world-class in big urban systems and major conveyance (State Water Project, major treatment plants), but uneven statewide, with hundreds of small systems failing or “at risk,” aging pipes, and large capital needs.

When you’re setting up a water filtration system, most people focus on the type of media they’re using, activated carbon, Greensand™, DMI-65®, whatever does the job.

Everfilt® offers a range of custom-engineered water filtration systems that support the mining industry in several critical ways, from reclaiming and reusing water to protecting equipment and meeting environmental compliance.

The way we think about farming is changing fast. Water isn’t just water anymore; it’s a lifeline that needs to be clean, balanced, and optimized for crops to thrive.

In the world of brewing and food production, water is everything. It’s not just an ingredient, it’s the backbone of flavor, consistency, and safety.

Every bottle of exceptional craft sake begins with one essential ingredient: clean water.

Clean, safe water isn’t just a necessity; it’s a strategic advantage. In sectors like construction, mining, hospitality, and energy, water drives operations daily.

As global focus intensifies on environmental protection and public health, the need for reliable groundwater and soil remediation technologies is greater than ever.

Shopping for a carbon vessel? You’ve got options, a lot of them. But when it comes to making the right call, it’s about more than just price, warranty, or a friendly sales pitch.

When it comes to media filtration systems, too many DIYers and even seasoned operators get cocky, tossing in random sand or gravel like they’re making a backyard zen garden.

From agricultural runoff to industrial spills, pollution below the surface is a growing concern.